Researcher Database

（Last updated : 2024-12-17 09:41:32）　

MOCHIDA Yasuhide

Department / Course College of Science and Engineering Department of Architecture and Urban Design

Title / Position Professor

Other Affiliations
1.	Graduate School of Science and Engineering
2.	Kinugasa Research Organization Institute of Disaster Mitigation for Urban Cultural Heritage
3.	Research Organization of Open Innovation & Collaboration Institute of Design Science

Academic background
1.	～1985/03	Master Course │ Department of Architecture and Building Engineering │ Graduate School, Division of Science and Engineering │ Tokyo Institute of Technology │ Completed
2.	～2004/03	Doctorial Course │ System Design Engineering │ Graduate School of Engineering │ University of Fukui │ Accomplished credits for doctoral program
3.	2004/09 Degree Acquisition	│ University of Fukui Ph.D. (Engineering)
4.	～1983/03	Department of Architecture │ Faculty of Engineering │ University of Fukui │ Graduated

Research activities
1.		Architectural Institute of Japan
2.		The Japanese Geotechnical Society
3.		Society of Architects & Building Engineers

Subject of research
1.	Development of Carbon Fiber Rod by Using Thermoplastic Resin
2.	Study on Subsurface Exploration by Using Electrical Resistivity Investigation, Pile Body Cement Milk, and Performance Evaluation of Soil-cement Column
3.	Study on Base Isolation Retrofit and Other Seismic Reinforcement Technology
4.	Study on Maintenance such as Control of Cracks due to Drying Shrinkage ‎of Concrete Structure

Research summary
Technical development of new materials and new construction methods, and the creation of production system At building design and Monodzukuri (manufacturing) sites, unique yardsticks are used in each stage. The yardsticks have been adapted over the ages to create massive spaces or convenient items of high quality to contribute to society. In recent years, not just the creation of new building but approach with priority placed the environment through the re-use of old buildings and the construction of buildings that last longer, is becoming important. The currently study is related to communication and management of Monodzukuri. In response to the social requirement for environmental consideration, product development and improvement is conducted in the design process and the construction process stages of architecture production. Specifically, the studies are related to seismic base isolation retrofitting, base isolation damping building design, and seismic strengthening in the area of safety and security technology, the prolonging of service life through concrete crack control and the use of ICT technology in the management of foundation improvement work in the area of environment, and on carbon fibers and carbon fiber composite materials using thermoplastic resins in the area of new materials. Approaches for temporary housings and decontamination work for the Great East Japan earthquake stricken area have been made, in collaboration with members of related companies. Studies conducted till now have been aimed at achieving safe and secure living. Support for the disaster stricken will be naturally provided and we plan to promote activities where our lab will be able to contribute socially in the future. With the core being my experience of being the hands-on person in design and construction, the whole lab will be making efforts to develop products to assist the recovery of the areas stricken by the Great East Japan earthquake.

Present specialized field
Civil engineering materials/ Construction/ Construction management, Structural engineering/ Earthquake engineering/ Maintenance management engineering, Geotechnical engineering, Building structures/Materials, Structural/Functional Materials (Keyword：building production, building construction, architecture material, geotechnology, structural design)

Papers
1.	2022/11/23	EXPERIMENTAL STUDY ON DATA TRANSMISSION USED FOR CONSTRUCTION QUALITY CONFIRMATION OF EMBEDDED PILE CONSTRUCTION METHOD │ GEOMATE 2022 Proceedings ISBN:978-4-909106087 C3051 │ ,pp.164-169
2.	2022/11/11	STRUCTURAL DESIGN OF SEISMIC ISOLATION FOR TEMPLE AND SHRINE │ SEE-MIE 2022 Proceedings ISBN:978-4-909106094 C3051 │ ,pp.45-50
3.	2021/04	STUDY ON DEVELOPMENT OF SOIL IMPROVEMENT PILE METHOD USING RECYCLED SOIL │ International Journal of GEOMATE │ 20 (82),pp.28-33
4.	2020/09	STUDY ON THE EFFECTOF BAKING SODA ON BLEEDING AND COMPRESSIVESTRENGTH OF CEMENT MILK │ International Journal of GEOMATE │ 19 (73),pp.64-69
5.	2019/08	STUDY ON STRENGTH ESTIMATION OF SOIL CEMENT USED IN THE EMBEDDED PILE METHOD BY ELECTRICAL RESISTIVITY MEASUREMENT │ International Journal of GEOMATE │ 17 (59),pp.74-81
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Academic conference presentation
1.	2023/12/19	Study on Quality Control of Slime Treatment of Driven-in-place Piles Using Electrical Resistivity -through a Case Study Using a Special Pump and a Bentley Plant
2.	2021/11/10	STUDY ON SURFACE PREFORMANCE OF CONCRETE CONSTRUCTED BY PRECAST METHOD AND ON‐SITE METHOD
3.	2020/11/12	STUDY ON ROTATION ANGLE ESTIMATION METHOD OF UPLIFT FOUNDATION CONSIDERING PLASTICITY REGION
4.	2020/11/11	STUDY ON THE EFFECTIVENESS OF A BUILDING STRUCTURE
5.	2019/11/12	STUDY ON THE PROPERTIES OF CEMENT MILK ADDED WITH BAKING SODA -COMPRESSION STRENGTH ESTIMATION FROM BLEEDING REDUCTION AND INITIAL ELECTRICAL RESISTIVITY-
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